Cellulose Coatings TRIZ Cases
- Composition consisting of plant material having cellulose, in particular from waste products of apples, for producing a laminate, method for producing a laminate from plant material having cellulose, in particular from waste products of apples, and laminate produced by said method
See how fruit powder with controlled moisture and grain size combines with natural polymer to f
- Composition consisting of plant materials having cellulose from waste products, for producing a laminate, method for the laminate and the laminate
See how plant waste cellulose powder combined with polymer creates a durable leather-like lamin
- Metal Particle Composition With Modified Cellulose for High Viscosity
Modified cellulose fibers keep metal particle compositions viscous and stable at high loading and elevated temperature for conductive films.
- Protective Film Composition for Straight Wafer Dicing Grooves
A water-soluble resin with aromatic groups and a light absorber improves laser dicing groove straightness while shielding wafers from fluorine.
- Metal Nanowire Ink for Flexible Transparent Conductive Films
Drying a metal nanowire ink with a hydrophilic polymer binder forms fused transparent conductive films with low sheet resistance and high transparency.
- Cellulose Separator Coating for Stronger Sodium-Ion Electrodes
Depositing a nonwoven cellulose separator directly on the electrode improves adhesion and tensile strength in sodium-ion cells.
- Cellulose Nanofiber Composite Wire Rope for Wear Resistance
Cellulose nanofiber resin layers help wire ropes resist compression, wear, and metal contact on sheaves and drums, extending service life.
- Regenerated Cellulose Coating Composition With Transparency and Adhesion
High-pressure homogenised regenerated cellulose in water delivers transparent, adhesive coatings without acid hydrolysis, lowering cost and preserving biodegradability.
- Cellulose Acetate Composition for Low-Temperature Film Molding
Lower acetyl substitution with selected fillers and plasticizers improves melt flow, avoids thermal decomposition, and supports biodegradable thin films.
- Nanocellulose Water-Based Foam for Stable Biodegradable Mulch Films
A nanocellulose, surfactant, alcohol, and polymer foam resists drainage and coalescence while providing biodegradable mulch film stability.
- Cellulose Nanofiber Dispersion for Low-Viscosity Uniform Films
Tuned carboxyl content and aspect ratio keep cellulose nanofiber dispersions low in viscosity for uniform films, paint mixing, and better handling.
- Effect Pigment Dispersion With Nanocellulose for Wrinkle-Free Luster
Nanocellulose-based rheology control helps aqueous effect pigment coatings keep metallic or pearly luster while preventing edge wrinkles and vertical sagging.
- Low-Sulfur Nanocellulose Pretreatment for Energy-Efficient Production
SO2-ethanol pretreatment removes lignin and hemicellulose so nanocellulose can be produced with lower energy, high crystallinity, and polymer compatibility.
- TiO2-Free Coating Composition for Stable White Opacity
A fatty acid salt and cellulose filler replaces titanium dioxide to deliver stable white, opaque coatings for pharmaceutical and food products.
- Nanoscale Cellulose Release Layers for Low-Cost Molding
Nanoscale cellulose particles form a mold-release layer that limits adherence, reduces agent consumption, and lowers production costs.
- Boric Acid–PVA Film for Radiation-Protected Imaging
A boric acid PVA film balances neutron and beta-ray shielding with high light transmittance to preserve imaging performance.
- Tunicate-Derived Nanocrystalline Cellulose Through Scalable Extraction
Alkaline pretreatment, acid hydrolysis, and filtration enable scalable extraction of high-aspect-ratio CNCs from invasive tunicates.
- Roll-to-Roll CNC Coating for Uniform Thickness and Anisotropy
High-viscosity CNC suspensions hinder uniform large-area coating; roll-to-roll transfer, surface treatment, and controlled drying enable scalable anisotropy.
- Solution-Cast Seaweed Thin Films for Home Compostable Packaging
Seaweed polysaccharides, agents, and water form flexible films that retain heat-sealability while biodegrading within months.